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    • 4. 发明授权
    • Communication apparatus and portable telephone
    • 通信设备和便携式电话
    • US07539510B2
    • 2009-05-26
    • US09876411
    • 2001-06-07
    • Junichi ToyodaKatsumi OkayamaSakan IwashitaYoshiki KanayamaHiroki Ito
    • Junichi ToyodaKatsumi OkayamaSakan IwashitaYoshiki KanayamaHiroki Ito
    • H04M1/00H04B1/38H01Q1/24
    • H01Q1/52H01Q1/245H01Q17/00H04B1/3838
    • A portable telephone having an antenna for transmitting and/or receiving a wireless signal, a microphone for generating a sound signal corresponding to an input sound, a transmitting and receiving circuit for generating a wireless signal corresponding to the sound signal generated by the microphone to transmit the wireless signal through the antenna and generating a sound signal corresponding to the wireless signal received by the antenna, a receiver for outputting sound corresponding to the sound signal generated by the transmitting and receiving circuit, a shield case for surrounding and housing all or part of the transmitting and receiving circuit and being conductive, an electric wave absorber with one face in contact with a predetermined area of the shield case for absorbing an electric wave, and a conductive layer formed on another face of the electric wave absorber and electrically connected to the shield case.
    • 一种具有用于发送和/或接收无线信号的天线的便携式电话,用于产生对应于输入声音的声音信号的麦克风,用于产生与由麦克风产生的声音信号相对应的无线信号的发送和接收电路,以发送 通过天线的无线信号并产生对应于由天线接收的无线信号的声音信号,用于输出与发送和接收电路产生的声音相对应的声音的接收机,用于围绕和容纳全部或部分 所述发送和接收电路是导电的,具有与所述屏蔽壳的预定区域接触以吸收电波的一个表面的电波吸收体,以及形成在所述电波吸收体的另一个表面上并与所述电波吸收体电连接的导电层 盾壳
    • 6. 发明授权
    • Portable telephone
    • 便携式电话
    • US06785519B2
    • 2004-08-31
    • US10034407
    • 2001-12-27
    • Junichi ToyodaKatsumi Okayama
    • Junichi ToyodaKatsumi Okayama
    • H04B138
    • H01Q17/001H01Q1/245H04B1/3838
    • The portable telephone capable of more effectively reducing the electromagnetic energy to be radiated therefrom and absorbed by the human body during its use is provided. The portable telephone is comprised of: an antenna; a microphone; a transmitting circuit for modulating a first audio signal to produce a first radio signal, and transmitting the same; a receiving circuit for demodulating a second radio signal received via the antenna, and reproducing a second audio signal; a receiver for outputting an audio sound corresponding to the second audio signal; a printed circuit board on which the receiving and the transmitting circuits are mounted; a shield case surrounding the printed circuit board so as to suppress the electromagnetic interference between the printed circuit board and the antenna; the housing for accommodating the shield case and so on; the electromagnetic wave absorption layer including a magnetic loss material, formed at least in a part between the shield case and the housing; and the electromagnetic wave reflection layer including a magnetic reflection material, formed between the housing and the electromagnetic wave absorption layer.
    • 提供了能够更有效地减少其辐射并由人体在使用期间吸收的电磁能量的便携式电话。 便携式电话包括:天线; 麦克风 发送电路,用于调制第一音频信号以产生第一无线电信号,并将其发送; 接收电路,用于解调经由天线接收的第二无线电信号,并再现第二音频信号; 用于输出与第二音频信号相对应的音频声音的接收器; 印刷电路板,其上安装有接收和发送电路; 围绕印刷电路板的屏蔽壳体,以便抑制印刷电路板和天线之间的电磁干扰; 用于容纳屏蔽盒的壳体等; 所述电磁波吸收层包括至少形成在所述屏蔽壳和所述壳体之间的部分的磁损耗材料; 并且电磁波反射层包括形成在壳体和电磁波吸收层之间的磁性反射材料。
    • 8. 发明授权
    • Radio wave absorber
    • 无线电波吸收器
    • US06670546B2
    • 2003-12-30
    • US10181384
    • 2002-07-17
    • Katsumi OkayamaJunichi ToyodaYoshihiro KatoSatoshi SugimotoKoichiro Inomata
    • Katsumi OkayamaJunichi ToyodaYoshihiro KatoSatoshi SugimotoKoichiro Inomata
    • H05K900
    • H05K9/0088H01Q17/00
    • There is disclosed a thinner-layered radio wave absorber having high absorption performance for a high frequency electromagnetic wave. The radio wave absorber, even when having a magnetic layer of not more than 1 mm in thickness, achieves satisfactory absorption characteristics for the high frequency electromagnetic wave by adopting a structure that a conductor is fixedly attached to a face opposite to an electromagnetic-wave incident face of the magnetic layer of single-layered structure, and also arranging the magnetic layer to have values of a real part &mgr;′ and an imaginary part &mgr;″ of complex relative magnetic permeability of the magnetic layer satisfying an expression of &mgr;″≧m&mgr;′−n (m: real number of m>0, n: real number of n≧0) outside an impedance mismatching region.
    • 公开了一种对于高频电磁波具有高吸收性能的较薄层的电波吸收体。 无线电波吸收体即使在具有1mm以下的磁性层的情况下,通过采用将导体固定地安装在与电磁波入射面相反的面的结构来实现高频电磁波的令人满意的吸收特性 并且还将磁性层布置成具有满足表达式“μ”的磁性层的复数相对磁导率的实部μ'和虚部μ“的值, = mmu'-n(m:实数m> 0,n:实数n> = 0)在阻抗失配区域之外。